Midi HD 15×15 Horizontal Gel Electrophoresis
The ergonomic and durable construction of the Midi HD 10×10 system allows researchers to handle the device easily while maintaining laboratory safety and minimizing the risk of sample contamination or degradation. Its materials are chosen to resist chemical wear and frequent use, ensuring long-term reliability. The system is compatible with standard agarose gels and various buffers, offering flexibility in experimental design. In addition to high-performance separation, the unit is designed to optimize workflow efficiency, reducing preparation and processing time while maintaining reproducibility of results. By integrating this system into laboratory protocols, researchers benefit from both precision and convenience.
Furthermore, the Midi HD 10×10 system supports a wide range of molecular biology studies, including nucleic acid quantification, analysis of PCR amplification products, and verification of genetic constructs. Its compact footprint allows it to fit easily into limited laboratory spaces without compromising functionality. With its focus on performance, reliability, and user-friendliness, the Midi HD 10×10 Horizontal Gel Electrophoresis system provides a professional-grade solution for laboratories seeking accurate and consistent DNA and RNA analysis. This combination of advanced design, durability, and versatility makes it a valuable investment for research and educational purposes.
The Midi HD 10×10 Horizontal Gel Electrophoresis unit is a compact yet highly efficient laboratory device designed for precise separation and analysis of DNA and RNA. Its main strength lies in its standard 10×10 cm gel size, which provides an optimal balance between sample capacity and resolution. This size allows researchers to run multiple samples simultaneously while maintaining high clarity of DNA and RNA bands.
One of the most notable features of this system is its uniform electric field distribution, which ensures that nucleic acid molecules migrate evenly through the agarose gel. This uniformity minimizes distortions in band shapes, leading to highly reliable and reproducible results. The ergonomic design of the tank allows easy handling, reducing the risk of spills and ensuring safe operation during long experiments.
The Midi HD 10×10 system is compatible with a wide range of agarose gel concentrations, making it suitable for various applications, including PCR product analysis, RNA studies, and genetic mutation detection. Its durable construction and high-quality materials guarantee long-term stability, even with frequent use in busy research laboratories. Additionally, the device’s compact size makes it suitable for labs with limited space without compromising its efficiency or performance.
This system also focuses on user convenience. The tank design facilitates straightforward loading of samples into wells, filling with buffer, and connecting to a power supply. It is an ideal choice for both educational and professional research settings, as it provides clear, accurate results while minimizing sample degradation.
Investing in the Midi HD 10×10 Horizontal Gel Electrophoresis unit ensures not only precise and reproducible DNA and RNA separation but also a safe and user-friendly experience for laboratory staff. Its combination of compact design, high precision, and durability makes it an indispensable tool for molecular biology, genetics, and biotechnology laboratories. Researchers can confidently rely on this unit for routine analysis as well as advanced experiments requiring meticulous sample handling.
The Midi HD 10×10 Horizontal Gel Electrophoresis System is engineered with precise technical specifications that ensure reliable performance for DNA and RNA separation. The unit is designed to accommodate a 10×10 cm agarose gel, which is ideal for both small-scale experiments and medium-throughput sample analysis. Its tank volume is approximately 300 milliliters, providing sufficient buffer capacity to maintain a stable electric field while minimizing reagent use.
This system features a durable acrylic tank that resists corrosion and chemical wear, ensuring long-term usability. The clear design of the tank allows researchers to easily monitor sample migration and gel integrity during electrophoresis. The unit is compatible with standard agarose gel thicknesses ranging from 3 to 10 millimeters, providing flexibility for various experimental requirements.
The electrophoresis unit operates with even voltage distribution, which is essential for consistent migration of DNA and RNA molecules. The positive and negative electrodes are positioned to guarantee uniform electric field generation, minimizing distortions in band shape and improving reproducibility. Its compact and ergonomic design also simplifies handling, making it easier to set up gels, load samples, and connect the device to a power supply.
Additional technical features include the ability to run multiple samples simultaneously, thanks to a well-configured layout of sample wells in the gel. This arrangement is especially useful for comparative studies, PCR product verification, and RNA integrity analysis. The unit’s compatibility with a wide range of buffer systems and agarose concentrations adds to its versatility, making it suitable for molecular biology, genetics, and biotechnology laboratories.
The Midi HD 10×10 Gel Box is designed to maximize both efficiency and safety. Its high-quality construction reduces the risk of leakage, while the stable tank design ensures minimal sample degradation during electrophoresis. Overall, these technical specifications make the Midi HD 10×10 a dependable, versatile, and essential tool for accurate nucleic acid separation and analysis in research and diagnostic settings.
The Midi HD 10×10 Horizontal Gel Electrophoresis System is a versatile tool widely used in molecular biology, genetics, and biotechnology laboratories for accurate DNA and RNA analysis. Its precise design and uniform electric field distribution make it ideal for a range of applications, from basic educational experiments to advanced research projects. One of the primary applications of this system is the analysis of PCR products. By separating DNA fragments according to their size, researchers can quickly verify amplification success, evaluate fragment lengths, and detect mutations. This capability is crucial for experiments involving gene cloning, mutagenesis, and molecular diagnostics.
Another key application is the assessment of nucleic acid quality and integrity. RNA and DNA samples can be evaluated for degradation or contamination before proceeding with sensitive downstream experiments, such as sequencing or quantitative PCR. The system’s ability to produce sharp, reproducible bands ensures accurate interpretation of sample quality, which is essential for reliable experimental outcomes.
The Midi HD 10×10 system is also widely used in genetic fingerprinting and genotyping studies. Its compatibility with various agarose gel concentrations allows researchers to separate DNA fragments of different sizes, making it suitable for microsatellite analysis, STR profiling, and other genetic marker studies. Additionally, the system supports the analysis of restriction enzyme digests, helping scientists confirm enzyme activity and fragment patterns.
In educational and training laboratories, the Midi HD 10×10 serves as an essential teaching tool, demonstrating fundamental principles of electrophoresis, DNA migration, and molecular separation. Its compact size and ease of use make it suitable for classroom demonstrations and hands-on training for students and trainees.
Overall, the Midi Horizontal Electrophoresis System provides reliable, high-resolution separation of nucleic acids, supporting research, diagnostics, and educational applications with accuracy, efficiency, and reproducibility.
Using the Midi HD 10×10 Agarose Gel Electrophoresis Unit is straightforward, yet it requires attention to detail to ensure accurate and reproducible results. Begin by preparing an agarose gel at the desired concentration, depending on the size of DNA or RNA fragments to be separated. Once the agarose is completely melted, pour it into the gel mold and allow it to solidify at room temperature. The Midi HD 10×10 system provides a compact and ergonomic tank, designed to hold the gel securely while maintaining a uniform electric field.
After the gel has solidified, carefully remove the comb to create wells and place the gel into the electrophoresis tank. Fill the tank with the appropriate running buffer, ensuring that the gel is fully submerged. Samples should be prepared by mixing DNA or RNA with a loading dye, which adds density and color for better visualization during loading. Using a pipette, gently load the prepared samples into the wells, taking care to avoid introducing air bubbles or damaging the gel.
Connect the tank to a power supply and set the voltage according to the size of the fragments and the type of analysis. The Midi HD 10×10 system ensures a uniform distribution of the electric field, allowing DNA and RNA fragments to migrate smoothly through the gel matrix based on their size and charge. Smaller fragments move faster, while larger fragments migrate more slowly, producing distinct bands.
Once the electrophoresis run is complete, the gel can be removed and visualized using a transilluminator or a digital documentation system. This process allows researchers to analyze fragment size, sample quality, and other molecular characteristics. The ergonomic design and durable materials of the Midi HD 10×10 unit minimize sample loss, reduce errors, and enhance user safety. By following these steps, users can achieve precise, reproducible, and high-resolution results for DNA and RNA analysis in research, diagnostics, and educational applications.
The primary function of the Midi HD 10×10 Horizontal Gel Electrophoresis system is the separation and analysis of nucleic acids based on their size and charge. The device utilizes agarose gel as a molecular sieve through which DNA and RNA molecules migrate when subjected to an electric field. Once the agarose gel is prepared and set within the electrophoresis tank, DNA or RNA samples are loaded into wells pre-formed in the gel. The tank is then filled with an appropriate running buffer, which conducts the electric current evenly across the gel matrix. By connecting the system to a power supply, a controlled electric field is applied. DNA and RNA molecules, being negatively charged due to their phosphate backbone, move toward the positive electrode.
The migration rate of nucleic acid molecules is inversely proportional to their size: smaller fragments move faster, while larger fragments migrate more slowly. This property allows researchers to separate molecules of different lengths and visualize distinct bands corresponding to specific nucleic acid sizes. The Midi HD 10×10 tank is specifically engineered to maintain a uniform electric field, preventing band smearing and ensuring high-resolution results. Its ergonomic design simplifies loading, buffer addition, and handling during electrophoresis. The system’s durable construction prevents leaks and maintains electrical safety, minimizing sample loss and protecting the operator.
This functionality is crucial for multiple laboratory applications, including analysis of PCR products, verification of gene constructs, RNA quality assessment, and molecular diagnostics. The device ensures repeatable and reliable results, which are vital for quantitative studies or comparative experiments. Additionally, the Midi HD 10×10 system enhances laboratory efficiency by streamlining the electrophoresis workflow while maintaining the accuracy and integrity of samples. By providing consistent separation and reliable band resolution, it enables researchers to perform critical molecular biology analyses confidently and efficiently.
The price of the Midi HD 10×10 Horizontal Gel Electrophoresis System is an important consideration for laboratories planning their budget for molecular biology and genetics research. This system combines compact design, durable materials, and a uniform electric field, ensuring high-resolution separation of DNA and RNA fragments. Its value lies not only in the accuracy and reproducibility of results but also in the long-term reliability and low maintenance costs it offers to research and diagnostic labs.
Several factors influence the price of the Midi HD 10×10 system. First, the high-quality materials used in the tank construction enhance durability and reduce the risk of leaks or gel damage. The ergonomic design ensures safe handling, minimizing user error and sample loss, which indirectly contributes to the cost-effectiveness of the equipment. Additionally, the system’s compatibility with standard agarose gels and buffers makes it versatile for a wide range of applications, increasing its overall utility for various laboratory needs.
Price may also reflect additional components or services provided by suppliers, such as accessories, pre-calibrated combs, or technical support. Investing in the Midi HD 10×10 system ensures consistent results for projects that require precise DNA and RNA analysis, such as PCR product evaluation, nucleic acid quantification, and mutation detection. Choosing a reliable supplier, like Dengagene Tajhiz, can also affect cost, as bundled support, warranties, and after-sales service add value while ensuring the system functions optimally over time.
Ultimately, while the initial investment for the Midi HD 10×10 Horizontal Gel Electrophoresis System may be higher than basic units, the combination of accuracy, durability, ease of use, and uniform field performance makes it a worthwhile purchase. Laboratories prioritizing precise molecular analysis and long-term reliability will find this system to be a smart and cost-effective solution.
Purchasing the Dengagene Tajhiz Midi HD 10×10 Horizontal Gel Electrophoresis System is a strategic decision for laboratories seeking precise and reliable DNA and RNA separation. This compact system, with its 10×10 cm agarose gel unit, offers an ergonomic design, uniform electric field, and durable construction, making it an ideal choice for molecular biology, genetics, and biotechnology applications. The buying process should consider both the technical specifications and the after-sales support provided by the supplier.
When buying the Midi HD 10×10 system, it is essential to verify that the package includes all necessary components, such as the electrophoresis tank, combs, lid with electrodes, and user manuals. Some suppliers also provide starter kits with agarose gels, buffers, and accessories, which facilitate immediate laboratory use and reduce setup time. Dengagene Tajhiz, as a reputable provider, ensures that the system is compliant with international standards and backed by technical support, training guidance, and warranty services.
Laboratories should also consider the cost-effectiveness of the purchase. Although the initial price may be higher than basic models, the combination of high resolution, minimal sample degradation, and long-term durability ensures that the investment pays off through reliable results, reduced experimental errors, and lower maintenance needs. Comparing pricing, warranty options, and customer support from multiple suppliers helps make an informed buying decision.
Another key factor in the purchasing process is the ease of integration into existing laboratory workflows. The Midi HD 10×10 system is compatible with standard electrophoresis procedures, PCR product analysis, RNA and DNA quantification, and mutation detection assays. Its compact size allows easy placement on lab benches without sacrificing performance.
In summary, buying the Dengagene Tajhiz Midi HD 10×10 Horizontal Gel Electrophoresis System is a smart investment for laboratories that prioritize accuracy, reliability, and ease of use. With proper selection, procurement, and setup, this system ensures high-quality results for all molecular biology and genetic research projects
| Model | Midi HD 10*10 |
| Gel Dimensions (cm) | 7*10 & 10*10 |
| Buffer Volume (ml ) | 300 |
| Well Quantity | 10 & 14 |
| Maximum Sample Quantity | 28 |
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